Adjustable mirror bracket



May 31, 1927. A

v. BoURDoN ADJUSTABLE MIRROR 'BRACKET Filed March 21. 1925 ATTORNEY,

Patented May 31, l927.`

Unire@ site IIE, Sv

:rar E. 'if riti-ica VICTOR BQURDON, 0F SEATTLE, WASHINGTON.

ADJUSTABLE MIRRORh BRACKET.

ApplcatonledMarch 21, 1925. ,Serial No. 17,252.

mirror-bracket structure embodying novel mechanism, whereby horizontal and vertical swingingmoveinents or 1adjustments of the correlated mirrorsupporting larm thereof, relative tothe fixed base of said structure may be morerapidly effected` and expeditiously obtained than heretofore.

iWith these and other ends lin view the invention essentially resides and is primar-ily concernedinthe provision of aztelescopic adjustable mirror-bracket designed to be at- ,tached to a large or main mirror, to thereby .positively retain ,andfn'iaintain a smallmobile mirror in any desired position relative theretoand in any selected angular position relative to the pointl of attachment of said mirror-bracket thereon, and in the preferred embodiment thereof is characterized the employment of a fixed bifurcated base having ,a notched yoke member,interconnected l j when swung` inwardly.

therewith for horizontal. swinging movement relative thereto a telescopic mirror supporting arm interconnected withsaid base inl a novel manner for horizontaland vertical swinging movement relative thereto and embraced by said yoke memberI for vertical swinging movement rela-tive thereto; a spring-pressed detent sleeve slidably mounted upon said mirror supporting arm designed toy restrainingly engage said notched l yoke member, whereby saidjarm is retained in selective vertically adj-usted positions 1 thereon; a mobile mirror pivotally and swivelly mounted upon the outer end of said telescopic arm, and in novell adjusting means to vary the friction between the said fixed bifurcated base and of the yoke member and mirror supporting arm interconnected therewith and interposed therebetween, whereby said Ayoke member the correlated portions j and said mirror supporting` arm are retained in any desired horizontal angular position relative to said fixed bifurcated base.

The invention further resides in the novel construction, combination, adaptation and Aarrangement of parts, as will hereinafter be `inoieffully described and succinctly defined in the claims appended hereunto. Referring now to the accompanying drawings wherein is illustrated the specific lform ofthe invention, as atA present preferred z- I.

Figure 'l is an elevation of a telescopic yadjustable mirror bracketfabricated inA accordzance with the invention, asy it wouldap- ,pear when operatively secured to the correlated large mirror thereofand disposed ini spaced parallel relation thereto, dotted lines therein indicating certain selected adjusted A positions of said ymirror bracket relative to vthe point of attachment thereof( Fig. 2 is' a Ahorizontal section taken through 2-2 of Fig. l, `dotted lines therein indicating vcertain horizontally adjusted positions of the mirror supporting arm rela- Ative to the point of attachment thereof.

Fig. 3 is a similarsection taken Vthrough 3 3 of Fig. l.

.Fig is an end elevation of the adjustable ymirror-bracket, as it `would appear v mirror-bracket, with certain parts broken awayand certain other parts insection foi1v clarity of illustration.

G is an enlarged fragmentary horizontal section of the spring-pressed detent sleeve of the `telescopic 'mirror-supporting arm,and Fig. 7 is, an zenlarged fragmentary vertical i section taken throughW-,T Fig.` 1 illiis- A j trating lthe pivotal and swivel mechanism interconnecting .the mobile mirror with the correlated supporting arm'thereof.

Iii`the drawings' similar"re ference characters designate similar parts throughout, the several views. The numeral 8 designates a large or main mirror, provided with a vframe 9, to which is die pinor bolt 12 extends.

vrigidly .secured upon one vrof' theuprights disposed angularlyy shaped base" member 10, of theadjustable thereof a vertically mirrorbracket, havingthe forvvard edge of .the lateral flange or Web thereof bifurcated vkand the ibifurcated .portions ofjsad flange j projectingforwardly from the frame 9,A 'Whereat said bifurcated portions are bentV and secured upon themselves togfoim loops or eyes 11, through Which `a threaded hinge interposedV betweeny the 11 and mounted upon tlie-hi'ngefpin 12'fforlioii zontalv swinging movement relative tofthe JiiXed'base'membe-r10fis" a yokenieinbcr Which Vinthe present 'instance is preferably fabricat'edf from' a singijle v barl or Strip. of

material',bentandsecured upon, itself in the Y.arcuate'band curvilinearj formation shov'vmfto provide loops 'or eyesl'tupon the l inner-:Vends of'- the spaced legs' thereof,"to

normally receive the hinge'pin' 12,5andf' havf'ingfthe .outer end thereof 'bifurcatedxor profvided with arcuate vjavvs 15 having'a series of'notchesf "16 cut inthe arcuateperimeters thereof; A u. n

v interposed between `the veyes 14 of the yokel member 13' and mounted upon` the hinge pin:121forzh0rizontal swinging movement relative to the fixed/base member V10V r is a universal. jointor knucklefmember 17,

I' y 'l 210 to which isIpivotallyf 'connected; yfor hori-V Zontal and vertical swinging movement rel'a tive to the 'fixed vbasefinem'ber 10,'the1 inner f endiofa telescopic mirror supporting arm 18, :".Which latter extends Youtwardly from saidv joint g 17 and embraced adjacent thereto bythe arcuate jaws 15 'ofthe'yolre member 13.? 1 j Y y D Y, The'telescopic mirror'supporting 'arm' 18 ycomprises Aaplurality of telescopic tubular Ysections including anouter section `or [casing-*19, yint'erir'mediatev V.telescopic `sectionsj20 and an` inner telescopic section 21. The severa l.sections of the arm 18 are-held against vseparation or disengagement i byVV crimpingthefouterhends of the sectionsv19 and 20, as shown at 22inFig. ,.andproviding 'the'innen ends of the sections. 2O and ,21 With portions 23, ofslightlylaiger 'diam-y eter, tlfielouter',ends'of which arerv designed toabut the" crimped'ends 22Vv ofthelsections 19f and 2Q, vvhen theseveral .telescopic sections-VV of the farm' '18, are fully" eXtended, to

, prevent disengagement :of said'y sections, as

f iviil `be obvious and apparent. The enlarged portions 23 formed uponthe' inner ends of the sectionsq20 and21, alsofu-nction and servel as.-v guides' fori said innerendsj and maintain the' latter '1n coaxial-relation dur-1 ing` telescopic .movement of the same, `as Will f bereadily understood l.by referring to Fig. 3.

l' -Slidably mountedy upon theouter arm' 19,

of, the telescopic arm V18 adjacent to the inner endthereof isafspring pressed sleeve the notches 16, ,ofV` the yoke member 13,

adjustable positions thereon, as shown more clearly in"1*"ig.j5..y The inner'"vvallfof the sleeve 24; at" the inner` end thereof is .provided Vwith a portion ,26 of slightly reduced diameter vfor sliding engagement Vwith. the exterior vvallV of the outer section 19, and

said exterior Walle of thefouter section 19,

or shoulderv 27. of slightly 'larger diameter functions andserves toimaintainfthe 'dete'nt pins 25,ofsaid sleeve 24, inlengagement. With the selected and correlated notches 16,

.toy retain the arm 18 'insel'ected' vertically. .70 .u

is" provided adjacent-thereto.with a portion i Vof the yoke .-memberl.`r Threadably-en.- `v

`gaged WithinV the- Wall of fthesleevev .24t ad-V I jacent the outer-endthereof is a stoppin or' screw 29 having Vthe inner end thereof normally seated Within,y a longitudinally disn posed slot 30vformed Within the periphery of the enlarged or `guide'portion"271. of the outer section19, to thereby limit the aXial vor. sliding movement of the sleeve 21jthereon, asV will' ybereadily'apparentby referring i* ".n to Fig.l o. Y

`'Pivotally connected dto'j the outer terminal`- 'of theinner'telescopic section 21 of the arm.

18, is a clevis 3l `and sivivelly mounted upony the loi'verend'of the latter is a small mobile a l mirror 32,Whereby the aXisof-themirror. y'will always be disposed injap'verticali plane yasl shovvngin dotted lines iny 14`ig-11- andfro-v tated upon theaXis thereof tofany desired angle in` ac horizontal plane, as shown vin `dotted lines A1n Figs. '.2 and 7, regardless'of the-'angularv positionY assumed bythe armvk V18.

To'vary the frictionl between the -iXed Y bi'furcated 'base member 10 'andi the intelj posedportions of the yokemember 13 and universal: joint lfrmounteduponthe' hinge pinj12, an adjusting-*nut S331)' is tlireadablyV mounted upon the lower projecting threaded end of said pin andfisjtighned thereon,

tothereby frictional'ly maintainv and retain the 4yokey membery `1f3'',a1id the telescopic mirror supporting .arm 18 in Va selectedfor .desired fang'ular'position. in aj horizontal 4plane,'as indicated in ldotted lines in Fig. .2." v'It Willv therefore be obvious andv'apparent that shouldVV the frame 9f of the mirror 8, be out VVof plumbv the frictional engagement secured vby the*adjustingl nut 33V between'the fixed' baselO andthe correlated yoke member'l. and: universal joint! 12'` thereof Will function and serve to maint-ain` 65 v24 provided With outvvardlyl directed detent *j pins 25 adapted to selectively seat Within..

or retain said-member lwand joint 17 in the angular positionv aforesaid.

Manifestly therefore, in the construction herein shown and described the smal-l mobile mirror 32 is supported for horizontal vand vertical swinging movement relativeto the fixed base 10, for movement toward and away from said base, and for rotative or swivel movement of said mirror relative to the vcorrelative supporting arm thereof whereby any desired position or degree of adjustment may be secured for the small mobile mirror 32 relative to its associated large mirror 8, or the said small mobile mirror may be swung to an inoperative position relative to the mirror 8, as indicated in dot-ted lines Figs. l, 2 and 3.

In the accompanying drawings I have illustrated the adjustable mirror bracket of the invention, as adjustably secured to the left-hand upright of the mirror frame 9, but l desire to have it understood that said bracketmay be mounted upon the righthand upright of said mirror frame, by reversing the fixed base 10, and will function with equal and uniform efficiency thereat, as in the manner disclosed and described.

By employing the spring-pressed det-ent sleeve 25 vertical adjustment of the arm 'i8 relative to the yoke member i3 is more readily and rapidly effected and a much more compact and simplified structure is provided, than heretofore. It will be observed by referring to the accompanying drawings that the present structure is so fabricated that assembly of the several parts thereof may be expeditiously performed and the bracket readily attached to or detached from the correlated frame 9 thereof land when desired the dismantling of the structure may be similarly performed.

'Vhile I have herein shown and described the invention with sufficient detail to enable those skilled in the art to understand the mode of construction and the principles involved, it is to be understood that there is no intentional limitation herein to the specific form and precise details of construction of the invention shown and described, except` as expressly defined by the appended claims, and that various modifications of said construction may be resorted to without departing from the invention or the benefits derivable therefrom. I also desire it to be understood that certain features of the invention herein shown and described may be employed in other combinations than those herein shown.

Having thus fully described my inven-` tion, what l claim as new and desire to secure by Letters Patent of the United States of America is l. In an adjustable mirror-bracket, in combination, a fixed base, a vertically disposed'hinge pin-1mounted therein, a yoke member mounted upon said ,hinge pin for horizontal Iswinging movement only relative to said base, a knuckle member mounted upon said hinge :pin midway the length thereof for-horizontal swinging movement only relative to said base, a mirror supporting arm pivotally connected to said knuckle member midway the length thereof and embraced by said yoke member for verticalA swinging movement relative to said members and horizontal swinging movement therewith, and means for retaining the arm in selective vertically adjustable positions upon said yoke member.

2. ln an adjustable mirror-bracket, in combination, a fixed base, a vertically disposed hinge pin mounted therein, a notched yoke member mounted upon said hinge pin for horizont-al swinging movement only relative to said base, a knuckle member mounted upon said hinge pin midway the length thereof for horizontal swinging movementl only relative to said base, a telescopic mirror supporting arm pivotally connected to said knuckle member midway the length thereof and embraced by said notched yoke member for vertical swinging movement relative to said members and horizontal swinging move- 'ment therewith, and means slidably disposed upon said arm restrainingly engaging said notched yoke member for retaining the arm in selective vertically adjustable positions thereon.

3.1n an adjustable mirror-bracket, in combination, a fixed base, a vertically disposed hinge pin mounted therein, a bifurcated arcuate yoke member mounted upon said hinge pin for horizontal swinging movement relative to said base and having a series of notches formed in the arcuate perimeter thereof, a knuckle member mounted upon said hinge pin for horizontal swinging movement relative to said base, a telescopic mirror supporting arm pivotally connected to said knuckle member and embraced by said yoke member for vertical swinging movement relative to said members and horizontal swinging movement therewith, and a spring-pressed sleeve slidably disposed upon said arm and restrainingly engaging said notched yoke member for retaining the arm in selective vertically adjustable positions thereon.

4l. In an adjustable mirror-bracket, in combination, a fixed bifurcated angular base having forwardly extending looped bifurcated portions, a vertically disposed hinge pin mounted within said looped portions, a bifurcated arcuate yoke member interposed between said looped'portions having spaced looped inner ends mounted upon said hinge pin for horizontal swinging movement relative to said base and having a series of *notches -ormed n-v the arcuate :perimeter thereof, knuckle member Vinterposed 'be- "tween satdf*spaced:looped inner ends land mounted-u'pon the hlnge pm `for'llorlzontalV "S'Wlngmg movement relatlve to sind base, an

zidjustabletelescopio mirror` 'supporting arm pvotally connected to' said,knucklefmember and embracedv by' said yoke member. 'for veitlcal swlnglng VVmovement relatlve to Said vertically :adjustable positions thereon.

In testimony whereof I emmysignatule. 

